Advanced Digital X-ray Technology for Accurate Medical Imaging

Jun 30, 2025

110 likes | 201 Views

Explore the benefits of cutting-edge digital X-ray technology for precise medical imaging diagnosis. Discover how digital X-rays revolutionize healthcare with enhanced imaging quality and efficiency. Stay informed about the latest advancements in X-ray technology.

Share Presentation

Embed Code

tiernan-power

Download Presentation

Advanced Digital X-ray Technology for Accurate Medical Imaging

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

Digital X-rays
X-ray 1
X-ray 2
X-ray 3
X-ray 4
X-ray 5
X-ray 6
X-ray 7
X-ray 8
X-ray 9
X-ray 10

X-rays

Physics 102: Lecture 26. X-rays. Make sure your grade book entries are correct. But first a quick review of the periodic table. http://www.youtube.com/watch?v=SmwlzwGMMwc. http://www.youtube.com/watch?v=GFIvXVMbII0&feature=related. X-Rays.

772 views • 32 slides

X-rays

X-rays. Ouch!. X-rays. X-rays are produced when electrons are accelerated and collide with a target Bremsstrahlung x-rays Characteristic x-rays X-rays are sometimes characterized by the generating voltage 0.1-20 kV soft x-rays 20-120 kV diagnostic x-rays

1.77k views • 60 slides

X-Rays

X-Rays. X-Ray tube. X-Ray tube w/ cracked anode. X-Ray film cassette. KUB (kidney, urethra, bladder)- BIG kidney stone. IVP (intraveneuos pyelogram) normal. IVP w/kidney tumor . RCA before and after stent.

587 views • 11 slides

X-RAYS

X-RAYS. Waft 1, 3, & 6. On a fine day in Germany in 1895….

410 views • 16 slides

X-Rays

X-Rays. The technology behind them!. The EM used. The EM used for x ray machines is x-rays. X-rays are a type of electromagnetic radiation X-rays are basically the same thing as visible light rays. Both are wavelike forms of electromagnetic energy carried by particles called photons.

569 views • 14 slides

X-Rays

By: Courtney Thomas Sara Kielbasa Kelsey Tamburri Lauren Goldfinger. X-Rays. Brief Background. X-rays were first discovered accidentally by Wilhelm Conrad Röntgen in 1895. X-rays are waves of electromagnetic energy that have a shorter wavelength than normal light

369 views • 11 slides

X-Rays

X-Rays. By Paige, Dara and Haleigh. How X-rays were invented. How An X-ray Is Performed. The X-ray Machine. What is an X-Ray?. X-radiation (composed of X-rays ) is a form of electromagnetic radiation.

743 views • 15 slides

X- Rays

X- Rays. X-rays are generated from the interaction of accelerated e - ’s & a target metal (tungsten) Patient is placed between X-ray tube and silver halide film X-rays passed through the body are absorbed in direct proportion to tissue density

679 views • 29 slides

X-rays

X-rays. X-rays was discover in 1895. X-ray are shone through the body. Each kid of tissue lets x-rays through differently. X-rays are very good at showing up bones.so if you break a bone it will probably be x-rayed. Immunisation. Immunisation is also a key to ensure global health.

402 views • 17 slides

Digital X-rays vs. Traditional X-ray

Digital X-rays vs. Traditional X-ray. Samantha Amey . Project Proposal. My goal would be research and discuss the pros and cons of digital and traditional x-rays. How they effect the patient H ow they effect whom ever may be taking the x-ray D oes one have more advantages then the other? .

180 views • 7 slides

X rays

X rays . Prof.Dr.Mamdouh Lasheen. UPPER LIMB. # CLAVICLE. DISLOCATION SHOULDER. # SURGICAL NECK HUMERUS. S.C # HUMERUS. # HUMERUS. # HUMERUS WITH PLATE AND SREWS. ELBOW DISLOCATION. DAWOUD. DAWOUD. DAWOUD. DAWOUD. # BB FOREARM. LOWER LIMB. HIP DISLOCATION. THOMPSOM . AUSTIN MOORE.

866 views • 52 slides

X-Rays

X-Rays. Elias Nuñez 2005. What is an X-ray used for?. Used in many medical purposes and security purposes. What is an X-ray used for?. One specific place x-rays are used are in security checkpoints at airports. What are X-rays used for?.

601 views • 28 slides

X Rays

X Rays. Medical Physics Notes. Ideal X-Ray Examination. a film that showed sufficient contrast between the features that the doctor wanted to examine while putting the patient at minimal risk from the ionizing effect of the radiation. The Beam.

897 views • 27 slides

X-rays

X-rays. The electric field E(r,t) is given as a cosine function. X-rays. In formal derivations the vector potential A is used. The electric field E(r,t) is directly related to the vector potential A(r,t). Interaction of x-rays with matter 1. The photon moves towards the atom.

459 views • 28 slides

X-Rays

X-Rays. Kunal D Patel Research Fellow IMM. The 12-Steps. }. 1 : Name 2 : Date 3 : Old films 4 : What type of view(s) 5 : Penetration 6 : Inspiration 7 : Rotation 8 : Angulation 9 : Soft tissues / bony structures 10 : Mediastinum 11 : Diaphragms 12 : Lung Fields.

628 views • 31 slides

X-Rays

What are they? How are they produced? How do x-rays interact with matter? How does the nature of the crystal effect that interaction?. X-Rays. Wilhelm R öntgen (1845-1923)‏. Crook's Tubes. Crook's Tubes. Produced cathode rays Cathode rays were particles

703 views • 43 slides

X-Rays

X-Rays. The Electromagnetic Spectrum.

321 views • 20 slides

X-RAYS

X-RAYS. X-RAY TUBE. X-rays are commonly produced by accelerating electrons through a potential difference (a voltage drop) and directing them onto a target material. (The metal tungsten is a typical example). The incoming electrons release X-rays as they slow down

373 views • 11 slides

X-rays

Long Wave IR Visible UV X-rays Gamma rays. 10 12 10 6 10 3 10 1 10 -1 10 -3. wavelength (nm). X-rays. Frau R öntgen's hand.

576 views • 34 slides

X-Rays

X-Rays. Summary. I. Introduction (definition) II. Things you should know. III. What are X rays used for ? IV. How (do) X rays work ? V. Which risks can X rays cause ? VI. Conclusion. Introduction. What are X-Rays? * form of electromagnetic radiation * invisible to the human eye

443 views • 9 slides

X Rays

2.03k views • 27 slides

X-rays

Physics 102: Lecture 26. X-rays. Make sure your grade book entries are correct. X-Rays. Photons with energy in approx range 100eV to 100,000eV . This large energy means they go right through you (except for your bones). What are the wavelengths?. .01 nm to 10 nm. 10.

399 views • 24 slides

More Related